Skip to main content
Renesas Electronics UPD8828AD-A — Sensors & Transducers

Renesas UPD8828AD-A CCD Image Sensor, 4.7µm frame

MPNUPD8828AD-A
Active

Renesas Electronics UPD8828AD-A CCD image sensor, 4.7µm x 4.7µm frame size, Bulk package, 0°C to 60°C operating temperature.

$68.23Ref. price · indicative, final on quote
Independent supplier — new & surplus stockAuthenticity-screened · ESD-safe packingListing updated Aug 2026

Specifications

UPD8828AD-A specifications
ParameterValue
Operating temperature high0°C to 60°C(TA)
Frame_size4.7µm x 4.7µm
Package_typeBulk
Product typeCCD
StatusActive

Product details

4.7 µm frame — what it decides

The UPD8828AD-A: The 4.7 µm x 4.7 µm pixel frame size places this CCD in the standard-resolution imaging class — each photosite captures a relatively large area, which improves low-light sensitivity at the cost of spatial resolution compared to smaller-pixel sensors. For a machine-vision or inspection line running at moderate magnification, the larger pixel well fills faster, so exposure times stay shorter under the same illumination — a practical advantage when the line speed is fixed.

Temperature envelope and integration

Rated for 0°C to 60°C ambient (TA), this is a commercial-grade temperature range — the sensor is suited for indoor inspection stations, lab instrumentation, or benchtop optical test equipment where the enclosure stays climate-controlled. Outside that band, dark-current noise rises and the CCD's charge-transfer efficiency degrades; a system that must operate below freezing or above 60°C needs a different sensor grade or active thermal management.

Frequently asked questions

What does the 4.7µm frame size mean for my imaging application?

The 4.7 µm x 4.7 µm pixel pitch determines the sensor's resolution and light sensitivity — larger pixels collect more photons per exposure, giving better signal-to-noise in low-light scenes, but the total pixel count on a given die area is lower than a smaller-pitch sensor would deliver.